A method and system for rapid oil discharge control of an electric griddle

Abstract

The application relates to a rapid oil discharging control method and system of an electric oven, and relates to the technical field of electric ovens.The method comprises the following steps: acquiring current disc body detection information; based on the current disc body detection information, calling a current disc body oil quantity detection value and current disc body tilting direction information; analyzing and calculating the difference between the current disc body oil quantity detection value and a disc body oil quantity reference value, and taking the difference as a disc body oil quantity discharge value; only when the disc body oil quantity discharge value is a positive value, analyzing and acquiring the deviation direction angle between the current disc body tilting direction information and disc body oil discharging reference tilting direction information, and taking the deviation direction angle as a disc body tilting direction adjustment angle value; according to a preset disc body tilting control analysis method, analyzing and processing the disc body oil quantity discharge value and the disc body tilting direction adjustment angle value to form disc body tilting control information, and outputting the disc body tilting control information.The application has the effect of conveniently discharging the excess oil on the disc body from an oil discharging port in a timely manner.

Description

Technical Field

[0001] This application relates to the field of electric baking pan technology, and in particular to a method and system for controlling rapid oil drainage in an electric baking pan. Background Technology

[0002] An electric grill pan is an appliance that uses electric heating elements to heat food for grilling. Electric grill pans typically feature temperature control, smokeless operation, and non-stick properties, making them popular for grilling a variety of foods.

[0003] In related technologies, an electric grill pan includes a pan body for placing food, a heating element for heating the pan body, and a mounting base. The pan body is an open-top box. The heating element is installed at the bottom of the pan body, and the mounting base supports the pan body and the heating element. An oil drain port is located near one of the circumferential side walls at the bottom of the pan body, and a removable oil collection box is installed below the oil drain port on the mounting base. When food is grilled using an electric grill pan, a significant amount of oil is produced and accumulates on the surface of the pan body. The excess oil is drained from the pan surface into the oil collection box through the oil drain port, thereby reducing the impact of excess oil on the grilling process.

[0004] Regarding the aforementioned technologies, the applicant has discovered the following defects: When using an electric grill pan to grill food, excess oil on the pan is generally discharged through the drain port. Since electric grill pans are generally placed horizontally and the drain port is located in a fixed position, it is easy for excess oil on the pan to not be discharged from the drain port in a timely manner, thereby affecting the taste of the grilled food. Summary of the Invention

[0005] To facilitate the timely removal of excess grease from the pan through the drain port, this application provides a method and system for rapid grease control in electric baking pans.

[0006] Firstly, this application provides a method for rapid oil drainage control in an electric baking pan, employing the following technical solution: A method for rapidly controlling oil drainage in an electric baking pan, comprising: Obtain current disk detection information; Retrieve the current oil level and tilt direction of the disc based on the current disc detection information; The difference between the current oil level detection value and the baseline oil level value is analyzed and calculated, and used as the oil level discharge value. If and only if the oil discharge value of the disc body is positive, analyze and obtain the deviation angle between the current disc body tilt direction information and the disc body oil discharge reference tilt direction information, and use it as the disc body tilt direction adjustment angle value. The disc tilt control analysis method is used to analyze and process the disc oil discharge value and the disc tilt direction adjustment angle value to form disc tilt control information, and then output the disc tilt control information.

[0007] Optionally, the disc tilt control analysis method is used to analyze and process the disc oil discharge value and the disc tilt direction adjustment angle value to form disc tilt control information, including: Based on the correspondence between the tilt angle value of the disc body and the preset direction adjustment control information, analyze and obtain the tilt direction adjustment control information corresponding to the tilt angle value of the disc body. Based on the correspondence between the oil discharge value of the disc body and the preset disc body discharge tilt height value, the disc body discharge tilt height value corresponding to the oil discharge value of the disc body is analyzed and obtained. Retrieve the current tilt height value of the disk based on the current disk detection information; The difference between the current disc tilt height and the current disc tilt height is analyzed and calculated, and used as the disc tilt height adjustment value. Based on the correspondence between the disc tilt height adjustment value and the preset tilt height adjustment control information, analyze and obtain the tilt height adjustment control information corresponding to the disc tilt height adjustment value; Based on the correspondence between the tilt direction adjustment control information, the tilt height adjustment control information and the preset tilt comprehensive adjustment control information, the tilt comprehensive adjustment control information corresponding to the tilt direction adjustment control information and the tilt height adjustment control information is analyzed and obtained, and the tilt comprehensive adjustment control information is used as the disc tilt control information.

[0008] Optionally, it also includes a step following the use of tilt integrated adjustment control information as disk tilt control information, as follows: Retrieve the current grease location point on the current disk based on the current disk detection information; The distance between the current grease position on the disc and the preset grease outlet reference position is analyzed and calculated, and used as the grease demand movement distance value. Based on the correspondence between the moving distance value of oil demand and the preset moving time value of oil demand, analyze and obtain the moving time value of oil demand corresponding to the moving distance value of oil demand; The quotient between the oil discharge value of the disc body and the preset oil discharge reference speed value is analyzed and calculated, and used as the oil discharge time value of the disc body; The sum of the oil demand shift time value and the oil discharge time value of the pan body is analyzed and calculated, and used as the pan body tilt duration value; The disk tilt duration value is added to the disk tilt control information to form new disk tilt control information.

[0009] Optionally, it also includes a step that occurs after the analysis and calculation of the disk tilt duration value, and before the disk tilt duration value is added to the disk tilt control information to form new disk tilt control information, as follows: Retrieve current disk object detection information and current disk material information based on current disk detection information; The object grease influence analysis method is used to analyze and process the current object detection information on the disk to form the object grease influence value. Based on the correspondence between the current disk material information and the preset disk material influence value, analyze and obtain the disk material influence value corresponding to the current disk material information; The sum of the influence values ​​of grease on the object and the influence values ​​of the material of the disc is analyzed and calculated, and used as the comprehensive influence value of grease movement. The product of the moving time value of oil demand and the comprehensive impact value of oil demand movement is analyzed and calculated, and used as the new moving time value of oil demand.

[0010] Optionally, the object detection information on the current disk can be analyzed and processed according to a preset object grease influence analysis method to form an object grease influence value, including: Based on the current disk object detection information, retrieve the object weight detection value, object coverage area value, and object coverage shape information; Based on the correspondence between the object covering shape information and the preset object shape type information, analyze and obtain the object shape type information corresponding to the object covering shape information; Retrieve the baseline interval for shape type density based on object shape type information; Based on the correspondence between the calculated object weight detection value, the object coverage area value and the preset object density value, analyze and obtain the object density value corresponding to the object weight detection value and the object coverage area value. The difference between the object's density value and the density reference range for each shape type is analyzed and calculated, and used as the object's density deviation value. The object density deviation value is sorted in a forward order, and the object shape type information corresponding to the object density deviation value with the highest forward order is used as the object prediction type information. The forward order is defined as sorting the object density deviation values ​​from smallest to largest. Based on the correspondence between the predicted object type information and the preset predicted type oil influence value, the predicted type oil influence value corresponding to the predicted object type information is obtained, and the predicted type oil influence value is used as the object oil influence value.

[0011] Optionally, it also includes a step following the addition of the disk tilt duration value to the disk tilt control information to form new disk tilt control information, as follows: Obtain the measured value of the oil discharge velocity from the drain port; The difference between the detected value of the oil discharge velocity at the discharge port and the reference value of the oil discharge velocity at the discharge port is analyzed and calculated, and used as the deviation value of the oil discharge velocity at the discharge port. If and only if the discharge port discharge speed deviation value is within the preset discharge port discharge speed reference deviation range, the discharge speed deviation tilt height adjustment value corresponding to the discharge port discharge speed deviation value is analyzed and obtained based on the correspondence between the discharge port discharge speed deviation value and the preset discharge speed deviation tilt height adjustment value. Based on the correspondence between the tilt height adjustment value for emission speed deviation and the preset height adjustment time adjustment value, the corresponding height adjustment time adjustment value for the tilt height adjustment value for emission speed deviation is analyzed and obtained. Based on the correspondence between the emission speed deviation tilt height adjustment value, the height adjustment time adjustment value and the preset emission speed deviation tilt height adjustment information, the emission speed deviation tilt height adjustment information corresponding to the emission speed deviation tilt height adjustment value and the height adjustment time adjustment value is analyzed and obtained, and the emission speed deviation tilt height adjustment information is output.

[0012] Optionally, it also includes a step following the analysis and calculation of the difference between the detected discharge velocity value and the reference discharge velocity value, which is used as the discharge velocity deviation value, as follows: When the discharge speed deviation value is not within the preset discharge speed reference deviation range, the difference between the discharge speed deviation value and the discharge speed reference deviation range is analyzed and calculated and used as the discharge speed deviation adjustment value. Obtain the actual time value of oil discharge from the drain port; The product between the actual time value of oil discharge from the drain port and the adjustment value of the discharge speed deviation is analyzed and calculated, and used as the oil discharge deviation value of the drain port. Based on the correspondence between the discharge port deviation value and the preset discharge speed deviation influence time value, the discharge speed deviation influence time value corresponding to the discharge port deviation value is analyzed and obtained. Based on the correspondence between the emission speed deviation influence time value, the preset initial emission adjustment control information for tilt direction and the preset comprehensive emission adjustment control information for tilt direction, the comprehensive emission adjustment control information for tilt direction corresponding to the emission speed deviation influence time value and the initial emission adjustment control information for tilt direction is analyzed and obtained, and the comprehensive emission adjustment control information for tilt direction is output.

[0013] Secondly, this application provides a rapid oil draining control system for an electric baking pan, which adopts the following technical solution: A rapid oil draining control system for an electric baking pan, comprising: The acquisition module is used to acquire the current disc detection information, the oil discharge speed detection value, and the actual oil discharge time value. A memory for storing a program for the electric baking pan rapid oil draining control method as described in any one of the first aspects; The processor and the program in the memory can be loaded and executed by the processor to implement the electric baking pan rapid oil draining control method as described in any one of the first aspects.

[0014] In summary, this application includes at least one of the following beneficial technical effects: 1. When using an electric grill pan to grill food, if and only if the oil discharge value of the pan is positive, analyze and generate pan tilt control information and output it, thereby controlling the electric grill pan to tilt so that the electric grill pan can automatically discharge excess oil, thus facilitating the timely discharge of excess oil from the oil drain port on the pan. 2. The tilt comprehensive adjustment control information is obtained by analyzing the tilt direction adjustment control information and the tilt height adjustment control information, so that the tilt comprehensive adjustment control information is adjusted by the tilt direction and tilt height, thereby improving the accuracy of the obtained tilt comprehensive adjustment control information; 3. By analyzing the duration of the pan tilt, and adding the duration of the pan tilt to the pan tilt control information to form new pan tilt control information, the tilt duration of the electric grill pan can be controlled when tilting the electric grill pan, so that food can continue to be grilled after excess oil on the pan is drained. Attached Figure Description

[0015] Figure 1 This is a flowchart of a method for controlling rapid oil drainage in an electric baking pan according to an embodiment of this application.

[0016] Figure 2 This is a flowchart of a method for analyzing and processing disc oil discharge value and disc tilt direction adjustment angle value according to a preset disc tilt control analysis method to form disc tilt control information.

[0017] Figure 3 This is a flowchart of a method following the step of using tilt integrated adjustment control information as disk tilt control information in an embodiment of this application.

[0018] Figure 4 This is a flowchart of a method following the steps in this application embodiment, which are after the analysis and calculation of the disk tilt duration value and before the disk tilt duration value is added to the disk tilt control information to form new disk tilt control information.

[0019] Figure 5 This is a flowchart of a method for analyzing and processing the current object detection information on a disk to form an object grease influence value according to a preset object grease influence analysis method in this application embodiment.

[0020] Figure 6 This is a flowchart of a method following the step of adding the disk tilt duration value to the disk tilt control information to form new disk tilt control information, according to an embodiment of this application.

[0021] Figure 7 This is a flowchart of a method following the step in this application, which involves analyzing and calculating the difference between the detected value of the oil discharge velocity at the discharge port and the reference value of the oil discharge velocity at the discharge port, and using this difference as the deviation value of the oil discharge velocity at the discharge port.

[0022] Figure 8 This is a system flowchart of the rapid oil draining control of the electric baking pan according to an embodiment of this application.

[0023] Explanation of reference numerals in the attached diagram: 1. Acquisition module; 2. Memory; 3. Processor. Detailed Implementation

[0024] To make the purpose, technical solution, and advantages of this application clearer, the following description is provided in conjunction with the appendix. Figure 1-8 The present application will be further described in detail below with reference to embodiments. It should be understood that the specific embodiments described herein are for illustrative purposes only and are not intended to limit the scope of the application.

[0025] This application discloses a method for controlling the rapid oil drainage of an electric baking pan.

[0026] Reference Figure 1 A method for quickly controlling oil drainage in an electric baking pan includes: Step S100: Obtain the current disk detection information.

[0027] Among them, the current pan detection information refers to the detection information used to detect the pan body of the electric baking pan at the current time. The current pan detection information is obtained by detection through a detection device preset on the pan body.

[0028] Step S200: Retrieve the current oil level detection value and current tilt direction information of the disc based on the current disc detection information.

[0029] The current oil level detection value refers to the detection value of the oil content on the disc at the current time. This value is obtained through a liquid detection device preset at the edge of the disc. The current disc tilt direction information indicates the tilt direction of the disc at the current time. This information is obtained, analyzed, and stored after being detected by a level preset on the disc.

[0030] The current oil level and tilt direction of the disc are retrieved based on the current disc detection information, which facilitates their subsequent use.

[0031] Step S300: Analyze and calculate the difference between the current oil level detection value and the oil level baseline value of the disc body, and use it as the oil level discharge value of the disc body.

[0032] The oil level baseline value refers to the baseline value of the oil content that the disc can tolerate, which is obtained from a database storing these baseline values. The oil level discharge value refers to the discharge value at which excess oil content on the disc needs to be discharged.

[0033] By comparing the current oil level detection value with the baseline oil level, the current oil level detection value and the baseline oil level are analyzed and calculated, and then used as the oil level discharge value for the disc, thus facilitating the subsequent use of the oil level discharge value.

[0034] Step S400: If and only if the oil discharge value of the disc body is positive, analyze and obtain the deviation angle between the current disc body tilt direction information and the disc body oil discharge reference tilt direction information, and use it as the disc body tilt direction adjustment angle value.

[0035] The disc body oil discharge reference tilt direction information refers to the reference tilt direction information used to indicate when the disc body is discharging oil. This information is retrieved from a database that stores disc body oil discharge reference tilt direction information. The disc body tilt direction adjustment angle value refers to the adjustment angle value when the tilt direction of the disc body needs to be adjusted.

[0036] If the oil discharge value of the disc is positive, it indicates that there is excess grease on the disc. Therefore, by analyzing the deviation angle between the current disc tilt direction information and the disc oil discharge reference tilt direction information, the deviation angle between the current disc tilt direction information and the disc oil discharge reference tilt direction information is obtained, and the disc tilt direction adjustment angle value is used as the disc tilt direction adjustment angle value for subsequent use.

[0037] Step S500: Analyze and process the disc oil discharge value and the disc tilt direction adjustment angle value according to the preset disc tilt control analysis method to form disc tilt control information, and output the disc tilt control information.

[0038] The disc tilt control information refers to the control information used to control the tilt control device to adjust the tilt of the disc. The tilt control device is pre-installed on the mounting base and is used to control the tilt of the disc. The disc tilt control analysis method refers to the analysis method used to analyze the disc tilt control information. The disc tilt control analysis method is retrieved from a database that stores disc tilt control analysis methods.

[0039] The pan tilt control analysis method analyzes and processes the oil discharge value and the pan tilt adjustment angle value to form pan tilt control information. This information is then output to control the tilt control device preset on the mounting base to adjust the pan tilt, so that the electric baking pan can automatically discharge excess oil, thus facilitating the timely discharge of excess oil from the oil drain port.

[0040] exist Figure 1 In step S500, to further ensure the rationality of the disc tilt control information, it is necessary to perform further separate analysis and calculation on the disc tilt control information. Specifically, this is done through... Figure 2 The steps shown are explained in detail.

[0041] Reference Figure 2 The process of analyzing and processing the disc tilt control information based on the preset disc tilt control analysis method to generate disc tilt control information includes the following steps: Step S510: Based on the correspondence between the tilt angle value of the disc and the preset direction adjustment control information, analyze and obtain the tilt direction adjustment control information corresponding to the tilt angle value of the disc.

[0042] Among them, the tilt direction adjustment control information refers to the control information used to adjust the tilt direction of the disc. The tilt direction adjustment control information is retrieved from the database that stores tilt direction adjustment control information.

[0043] By analyzing the tilt angle value of the disc, tilt direction adjustment control information is obtained, which facilitates the subsequent use of tilt direction adjustment control information.

[0044] Step S520: Based on the correspondence between the oil discharge value of the disc body and the preset disc body discharge tilt height value, analyze and obtain the disc body discharge tilt height value corresponding to the oil discharge value of the disc body.

[0045] The disc discharge tilt height value refers to the height that the disc needs to be tilted to discharge grease. The disc discharge tilt height value is obtained by querying a database that stores disc discharge tilt height values.

[0046] The disc discharge tilt height value is obtained by analyzing the disc oil discharge value, which facilitates the subsequent use of the disc discharge tilt height value.

[0047] Step S530: Retrieve the current disk tilt height value based on the current disk detection information.

[0048] The current disk tilt height value refers to the height value of the disk tilt at the current time, which is obtained by querying the database that stores the current disk tilt height value.

[0049] The current tilt height value of the disc is retrieved by using the current disc detection information, which facilitates the subsequent use of the current disc tilt height value.

[0050] Step S540: Analyze and calculate the difference between the disk body discharge tilt height value and the current disk body tilt height value, and use it as the disk body tilt height adjustment value.

[0051] Among them, the disc tilt height adjustment value refers to the adjustment value when adjusting the height of the disc tilt. By comparing the disc discharge tilt height value with the current disc tilt height value, the difference between the disc discharge tilt height value and the current disc tilt height value is analyzed and calculated, and the difference between the disc discharge tilt height value and the current disc tilt height value is used as the disc tilt height adjustment value, so as to facilitate the subsequent use of the disc tilt height adjustment value.

[0052] Step S550: Based on the correspondence between the disc tilt height adjustment value and the preset tilt height adjustment control information, analyze and obtain the tilt height adjustment control information corresponding to the disc tilt height adjustment value.

[0053] Among them, the tilt height adjustment control information refers to the control information used to indicate the adjustment control of the tilt height of the disc. The tilt height adjustment control information is retrieved from the database that stores tilt height adjustment control information.

[0054] By analyzing the tilt height adjustment value, tilt height adjustment control information can be obtained, which facilitates the subsequent use of tilt height adjustment control information.

[0055] Step S560: Based on the correspondence between the tilt direction adjustment control information, the tilt height adjustment control information and the preset tilt comprehensive adjustment control information, analyze and obtain the tilt comprehensive adjustment control information corresponding to the tilt direction adjustment control information and the tilt height adjustment control information, and use the tilt comprehensive adjustment control information as the disc tilt control information.

[0056] Among them, the tilt comprehensive adjustment control information refers to the control information used to comprehensively control the tilt of the disc. The tilt comprehensive adjustment control information is retrieved from the database that stores the tilt comprehensive adjustment control information.

[0057] By analyzing the tilt direction adjustment control information and the tilt height adjustment control information, comprehensive tilt adjustment control information is obtained. This comprehensive tilt adjustment control information is then used as the disc tilt control information, thus making the disc tilt control information simultaneously affected by both the tilt direction and the tilt height, thereby improving the accuracy of the obtained disc tilt control information.

[0058] exist Figure 2 Following step S560, to further ensure the rationality of the disc tilt control information, it is necessary to perform further separate analysis and calculation on the disc tilt control information. Specifically, this is done through... Figure 3 The steps shown are explained in detail.

[0059] Reference Figure 3 The steps following the use of tilt integrated adjustment control information as disk tilt control information include the following steps: Step S561: Retrieve the current grease position point on the current plate based on the current plate detection information.

[0060] The current grease position point on the disk refers to the position of the grease on the disk at the current time. The current grease position point is obtained by querying the database that stores the current grease position points on the disk.

[0061] The current grease location on the disc is retrieved based on the current disc detection information, making it easier to use the current grease location on the disc later.

[0062] Step S562: Analyze and calculate the distance between the current grease position on the disc and the preset grease outlet reference position, and use it as the grease demand movement distance value.

[0063] The oil drain port reference position point refers to the reference position point of the oil drain port on the disc body, which is retrieved from a database storing oil drain port reference position points. The grease demand movement distance value refers to the distance required for the grease on the disc body to move to the oil drain port.

[0064] By comparing the current grease position on the disc with the preset grease drain reference position, the distance between the current grease position on the disc and the preset grease drain reference position is analyzed and calculated. This distance is then used as the grease demand movement distance value, which facilitates its subsequent use.

[0065] Step S563: Based on the correspondence between the oil demand movement distance value and the preset oil demand movement time value, analyze and obtain the oil demand movement time value corresponding to the oil demand movement distance value.

[0066] Among them, the oil demand movement time value refers to the time value required for oil to move to the oil outlet. The oil demand movement time value is obtained by querying a database that stores oil demand movement time values.

[0067] By analyzing the distance of oil demand movement, we can obtain the time value of oil demand movement, which facilitates the subsequent use of the oil demand movement time value.

[0068] Step S564: Analyze and calculate the quotient between the oil discharge value of the disc body and the preset oil discharge reference speed value, and use it as the oil discharge time value of the disc body.

[0069] The oil discharge reference speed value refers to the reference speed value used to indicate when the oil discharge port is discharging oil. The oil discharge reference speed value is retrieved from a database that stores oil discharge reference speed values. The oil discharge time value of the pan body refers to the time required to discharge excess grease from the pan body.

[0070] By comparing the oil discharge value of the disc body with the preset oil discharge reference speed value, the quotient between the oil discharge value of the disc body and the preset oil discharge reference speed value is analyzed and calculated. The quotient between the oil discharge value of the disc body and the preset oil discharge reference speed value is used as the oil discharge time value of the disc body, which facilitates the subsequent use of the oil discharge time value of the disc body.

[0071] Step S565: Analyze and calculate the sum between the oil demand movement time value and the oil discharge time value of the pan body, and use it as the pan body tilt duration value.

[0072] The disc tilt duration value refers to the duration required for the disc to tilt and discharge oil. By analyzing and calculating the sum of the grease demand movement time value and the disc oil discharge time value, this sum is used as the disc tilt duration value, facilitating its subsequent use.

[0073] Step S566: Add the disk tilt duration value to the disk tilt control information to form new disk tilt control information.

[0074] In this method, by incorporating the pan tilt duration value into the pan tilt control information to form new pan tilt control information, the time for discharging excess oil is controlled when the pan is tilted to discharge the oil. This allows the pan to return to its initial state promptly after discharge, making it convenient for subsequent operators to continue grilling the food.

[0075] exist Figure 3After step S565 and before step S566, to further ensure the rationality of the disk tilt duration value, it is necessary to perform a further separate analysis and calculation on the disk tilt duration value. Specifically, this is done through... Figure 4 The steps shown are explained in detail.

[0076] Reference Figure 4 The steps following the analysis and calculation of the disk tilt duration value, and before adding the disk tilt duration value to the disk tilt control information to form new disk tilt control information, include the following steps: Step S5651: Retrieve the current disk object detection information and the current disk material information based on the current disk detection information.

[0077] The current disk object detection information refers to the detection information used to indicate the detection of objects within the disk at the current time. This information is retrieved from a database that stores current disk object detection information. The current disk material information refers to the material information of the disk at the current time. This information is also retrieved from a database that stores current disk material information.

[0078] The current disk object detection information and the current disk material information are retrieved through the current disk detection information, which facilitates the subsequent use of the current disk object detection information and the current disk material information.

[0079] Step S5652: Analyze and process the current object detection information on the disk according to the preset object grease influence analysis method to form the object grease influence value.

[0080] Among them, the object grease influence value refers to the degree of influence of grease generated by an object type on the movement of grease, and the object grease influence analysis method refers to the analysis method used to analyze the object grease influence value. The object grease influence analysis method is retrieved from a database that stores object grease influence analysis methods.

[0081] The object grease influence analysis method is used to analyze and process the current object detection information on the disk to form the object grease influence value, which can be used for subsequent applications.

[0082] Step S5653: Based on the correspondence between the current disk material information and the preset disk material influence value, analyze and obtain the disk material influence value corresponding to the current disk material information.

[0083] Among them, the disk material influence value refers to the degree of influence of the disk material on the movement of grease. The disk material influence value is obtained by querying a database that stores disk material influence values.

[0084] By analyzing the current disk material information, the influence value of the disk material can be obtained, which will facilitate the subsequent use of the disk material influence value.

[0085] Step S5654: Analyze and calculate the sum of the influence values ​​of the grease on the object and the material on the plate, and use it as the comprehensive influence value of grease movement.

[0086] The comprehensive impact value of grease movement refers to the overall impact value when grease is moved. It is calculated by analyzing the sum of the grease impact value of the object and the material impact value of the disk, and then using this sum as the comprehensive impact value of grease movement for subsequent use.

[0087] Step S5655: Analyze and calculate the product between the moving time value of oil demand and the comprehensive impact value of oil movement, and use it as the new moving time value of oil demand.

[0088] Specifically, by analyzing and calculating the product between the moving time value of oil demand and the comprehensive impact value of oil movement, and using the product between the moving time value of oil demand and the comprehensive impact value of oil movement as the new moving time value of oil demand, the obtained moving time value of oil demand is affected by the items that generate oil and the material of the plate, thereby improving the accuracy of the obtained moving time value of oil demand.

[0089] exist Figure 4 In step S5652, to further ensure the rationality of the object's grease influence value, it is necessary to perform a further separate analysis and calculation of the object's grease influence value. Specifically, this is done through... Figure 5 The steps shown are explained in detail.

[0090] Reference Figure 5 The process of analyzing and processing the current object detection information on the disk to form the object grease influence value, based on the preset object grease influence analysis method, includes the following steps: Step S56521: Retrieve the object weight detection value, object coverage area value, and object coverage shape information based on the current disk object detection information.

[0091] The object weight detection value refers to the value used to indicate the weight of the object on the disk, and is retrieved from a database containing object weight detection values. The object coverage area value refers to the area value used to indicate the area covered by the object on the disk, and is retrieved from a database containing object coverage area values. The object coverage shape information refers to the shape information used to indicate the shape of the object covering the disk, and is retrieved from a database containing object coverage shape information. The object weight detection value, object coverage area value, and object coverage shape information are all detected, analyzed, and stored by a pressure detection device pre-installed on the disk.

[0092] The system retrieves the object weight detection value, object coverage area value, and object coverage shape information based on the current object detection information on the disk, thus facilitating the subsequent use of these information.

[0093] Step S56522: Based on the correspondence between the object covering shape information and the preset object shape type information, analyze and obtain the object shape type information corresponding to the object covering shape information.

[0094] Among them, the object shape type information refers to the object type information corresponding to the shape of the object covering the disk. The object shape type information is retrieved from the database that stores the object shape type information.

[0095] By analyzing the shape information of objects, we can obtain information on the types of object shapes, which will facilitate the subsequent use of this information.

[0096] Step S56523: Retrieve the shape type density baseline interval based on the object shape type information.

[0097] Among them, the shape type density reference interval refers to the object reference density interval used to indicate the object type corresponding to the shape covered by the object. The shape type density reference interval is obtained by querying a database that stores shape type density reference intervals.

[0098] The shape type density baseline range is retrieved by using object shape type information, which facilitates the subsequent use of the shape type density baseline range.

[0099] Step S56524: Based on the correspondence between the calculated object weight detection value, the object coverage area value and the preset object density value, analyze and obtain the object density value corresponding to the object weight detection value and the object coverage area value.

[0100] Among them, the object density value refers to the density value used to indicate the density of objects on the disk. The object density value is obtained by querying a database that stores object density values.

[0101] By analyzing and calculating the quotient between the object's weight and its coverage area, the quotient is used as the object's density value, thus facilitating its subsequent use.

[0102] Step S56525: Analyze and calculate the difference between the object density value and the shape type density reference range, and use it as the object density deviation value.

[0103] The object density deviation value refers to the deviation value used to indicate when there is a deviation in the object density on the disk. By comparing the object density value with the shape type density reference range, the difference between the object density value and the shape type density reference range is analyzed and calculated, and the difference between the object density value and the shape type density reference range is used as the object density deviation value, thus facilitating subsequent use of the object density deviation value.

[0104] Step S56526: Sort objects in a forward order based on their density deviation values, and use the object shape type information corresponding to the object density deviation value that ranks first in the forward order as the predicted object type information.

[0105] The forward sorting is defined as sorting the object density deviation values ​​from smallest to largest. By forward sorting the object density deviation values ​​and using the object shape type information corresponding to the object density deviation value with the highest forward sorting value as the object prediction type information, the accuracy of the obtained object prediction type information is improved.

[0106] Step S56527: Based on the correspondence between the predicted object type information and the preset predicted type oil influence value, analyze and obtain the predicted type oil influence value corresponding to the predicted object type information, and use the predicted type oil influence value as the object oil influence value.

[0107] Among them, the predicted type of oil influence value refers to the influence value used to indicate the degree of influence of the predicted type of object on the plate on the movement of oil. The predicted type of oil influence value is obtained by querying a database that stores the predicted type of oil influence value.

[0108] By analyzing the predicted type of oil information, the predicted type of oil influence value is obtained, and this predicted type of oil influence value is used as the oil influence value of the object, thereby improving the accuracy of the obtained oil influence value of the object.

[0109] exist Figure 3 Following step S566, to further ensure the rationality of the disc tilt control information, it is necessary to perform further separate analysis and calculation on the disc tilt control information. Specifically, this is done through... Figure 6 The steps shown are explained in detail.

[0110] Reference Figure 6 The steps following the addition of the disk tilt duration value to the disk tilt control information to form new disk tilt control information include the following steps: Step S5661: Obtain the oil discharge rate detection value from the drain port.

[0111] Among them, the oil discharge port discharge speed detection value refers to the speed detection value used to indicate when the oil discharge port discharges excess grease from the plate. The oil discharge port discharge speed detection value is obtained by a flow detection device preset in the oil discharge port.

[0112] Step S5662: Analyze and calculate the difference between the detected value of the oil discharge speed at the drain port and the reference value of the oil discharge speed at the drain port, and use it as the deviation value of the oil discharge speed at the drain port.

[0113] Among them, the oil discharge reference speed value refers to the speed reference value used to indicate when the oil discharge port discharges excess grease on the disc. The oil discharge reference speed value is obtained by querying a database that stores the oil discharge reference speed values.

[0114] By comparing the detected discharge velocity value with the reference discharge velocity value, the difference between the detected discharge velocity value and the reference discharge velocity value is analyzed and calculated. The difference between the detected discharge velocity value and the reference discharge velocity value is used as the discharge velocity deviation value, which facilitates the subsequent use of the discharge velocity deviation value.

[0115] Step S5663: If and only if the discharge port discharge speed deviation value is within the preset discharge port discharge speed reference deviation range, analyze and obtain the discharge speed deviation tilt height adjustment value corresponding to the discharge port discharge speed deviation value based on the correspondence between the discharge port discharge speed deviation value and the preset discharge speed deviation tilt height adjustment value.

[0116] The discharge port emission speed reference deviation range refers to the acceptable range of deviations when there is a deviation in the discharge speed. This range is retrieved from a database containing such ranges. The emission speed deviation tilt height adjustment value is the adjustment value used to adjust the tilt height based on the emission speed deviation. This value is also retrieved from a database containing such values.

[0117] If and only if the discharge port discharge speed deviation value is within the preset discharge port discharge speed reference deviation range, it means that the discharge speed can be adjusted by adjusting the tilt height of the disc. Therefore, the discharge speed deviation tilt height adjustment value can be obtained by analyzing the discharge port discharge speed deviation value, which facilitates the subsequent use of the discharge speed deviation tilt height adjustment value.

[0118] Step S5664: Based on the correspondence between the emission speed deviation tilt height adjustment value and the preset height adjustment time adjustment value, analyze and obtain the height adjustment time adjustment value corresponding to the emission speed deviation tilt height adjustment value.

[0119] Among them, the height adjustment time adjustment value refers to the adjustment value of time after the height is adjusted. The height adjustment time adjustment value is obtained by querying the database that stores the height adjustment time adjustment values.

[0120] By analyzing the height adjustment value of the emission speed deviation tilt, the height adjustment time adjustment value can be obtained, which facilitates the subsequent use of the height adjustment time adjustment value.

[0121] Step S5665: Based on the correspondence between the emission speed deviation tilt height adjustment value, the height adjustment time adjustment value and the preset emission speed deviation tilt height adjustment information, analyze and obtain the emission speed deviation tilt height adjustment information corresponding to the emission speed deviation tilt height adjustment value and the height adjustment time adjustment value, and output the emission speed deviation tilt height adjustment information.

[0122] Among them, the emission speed deviation tilt height adjustment information refers to the control information used to indicate the tilt height adjustment when the emission speed deviates. The emission speed deviation tilt height adjustment information is retrieved from a database that stores emission speed deviation tilt height adjustment information.

[0123] By analyzing the emission speed deviation tilt height adjustment value and the height adjustment time adjustment value, the emission speed deviation tilt height adjustment information is obtained and output. This information is then used to further control the tilt of the disc, thereby increasing the speed at which excess grease is discharged from the disc.

[0124] exist Figure 6 Following step S5662, to further ensure the rationality of the disc tilt control information, it is necessary to perform further separate analysis and calculation on the disc tilt control information. Specifically, this is done through... Figure 7 The steps shown are explained in detail.

[0125] Reference Figure 7 The steps following the analysis and calculation of the difference between the detected value of the oil discharge velocity at the discharge port and the reference value of the oil discharge velocity at the discharge port, and using this as the deviation value of the oil discharge velocity at the discharge port, include the following steps: Step S56621: When the discharge port speed deviation value is not within the preset discharge port speed reference deviation range, analyze and calculate the difference between the discharge port speed deviation value and the discharge port speed reference deviation range and use it as the discharge speed deviation adjustment value.

[0126] Among them, the emission speed deviation adjustment value refers to the adjustment value used to indicate when there is a deviation in the emission speed and adjustments need to be made.

[0127] When the discharge speed deviation value is not within the preset discharge speed reference deviation range, it means that it is not easy to adjust the discharge speed by adjusting the tilt height of the disc. Therefore, the difference between the discharge speed deviation value and the discharge speed reference deviation range is analyzed and calculated, and the difference between the discharge speed deviation value and the discharge speed reference deviation range is used as the discharge speed deviation adjustment value, so as to facilitate the subsequent use of the discharge speed deviation adjustment value.

[0128] Step S56622: Obtain the actual time value of oil discharge from the drain port.

[0129] Among them, the actual time value of oil discharge from the drain port refers to the actual time value of oil discharge when the drain port discharges oil. The actual time value of oil discharge from the drain port is obtained by detecting the flow detection device preset in the drain port.

[0130] Step S56623: Analyze and calculate the product between the actual time value of oil discharge from the drain port and the adjustment value of the discharge speed deviation, and use it as the oil discharge deviation value.

[0131] Among them, the discharge port deviation value refers to the deviation value when there is a deviation during the discharge of oil. By analyzing and calculating the product value between the actual discharge time value and the discharge speed deviation adjustment value, the discharge port deviation value is used as the discharge port deviation value, which facilitates the subsequent use of the discharge port deviation value.

[0132] Step S56624: Based on the correspondence between the discharge port deviation value and the preset discharge speed deviation influence time value, analyze and obtain the discharge speed deviation influence time value corresponding to the discharge port deviation value.

[0133] Among them, the emission speed deviation impact time value refers to the time value used to indicate the extended emission time caused by the emission deviation value at the oil outlet. The emission speed deviation impact time value is obtained by querying a database that stores the emission speed deviation impact time value.

[0134] By analyzing the emission deviation value at the oil outlet, the time value of the emission speed deviation is obtained, which facilitates the subsequent use of the time value of the emission speed deviation.

[0135] Step S56625: Based on the correspondence between the emission speed deviation influence time value, the preset tilt direction initial emission adjustment control information and the preset tilt direction comprehensive emission adjustment control information, analyze and obtain the tilt direction comprehensive emission adjustment control information corresponding to the emission speed deviation influence time value and the tilt direction initial emission adjustment control information, and output the tilt direction comprehensive emission adjustment control information.

[0136] Specifically, the initial tilt direction emission adjustment control information refers to the initial control information used to perform reciprocating adjustment control of the tilt direction during emission. This initial tilt direction emission adjustment control information is retrieved from a database storing such information. The comprehensive tilt direction emission adjustment control information refers to the comprehensive control information used to perform reciprocating adjustment control of the tilt direction during emission and to conduct emission. This comprehensive tilt direction emission adjustment control information is retrieved from a database storing such information.

[0137] By analyzing the time value of the emission speed deviation and the initial emission adjustment control information of the tilt direction, comprehensive emission adjustment control information of the tilt direction is obtained and output. Thus, when the emission speed cannot be adjusted by adjusting the tilt height of the disc, the tilt direction of the disc is controlled to adjust back and forth before emission, thereby increasing the speed of emission of excess grease in the disc.

[0138] Reference Figure 8 Based on the same inventive concept, embodiments of the present invention provide a rapid oil draining control system for an electric baking pan, comprising: Module 1 is used to acquire the current disc detection information, the oil discharge speed detection value, and the actual oil discharge time value. Memory 2, used to store such as Figures 1 to 7 The procedure for the rapid oil drainage control method for electric baking pans as described in any one of the following; Processor 3, the program in memory can be loaded and executed by the processor and achieve the following: Figures 1 to 7 The method for controlling rapid oil drainage in an electric baking pan as described in any one of the following.

[0139] The above are all preferred embodiments of this application and are not intended to limit the scope of protection of this application. Any feature disclosed in this specification (including the abstract and drawings) may be replaced by other equivalent or similar features unless specifically stated otherwise. That is, unless specifically stated otherwise, each feature is only one example of a series of equivalent or similar features.

Claims

1. A method for rapidly controlling oil drainage in an electric baking pan, characterized in that, include: Obtain current disk detection information; Retrieve the current oil level and tilt direction of the disc based on the current disc detection information; The difference between the current oil level detection value and the baseline oil level value is analyzed and calculated, and used as the oil level discharge value. If and only if the oil discharge value of the disc body is positive, analyze and obtain the deviation angle between the current disc body tilt direction information and the disc body oil discharge reference tilt direction information, and use it as the disc body tilt direction adjustment angle value. The disc tilt control analysis method is used to analyze and process the disc oil discharge value and the disc tilt direction adjustment angle value to form disc tilt control information and output the disc tilt control information. Based on the preset disc tilt control analysis method, the disc oil discharge value and disc tilt direction adjustment angle value are analyzed and processed to form disc tilt control information, including: Based on the correspondence between the tilt angle value of the disc body and the preset direction adjustment control information, analyze and obtain the tilt direction adjustment control information corresponding to the tilt angle value of the disc body. Based on the correspondence between the oil discharge value of the disc body and the preset disc body discharge tilt height value, the disc body discharge tilt height value corresponding to the oil discharge value of the disc body is analyzed and obtained. Retrieve the current tilt height value of the disk based on the current disk detection information; The difference between the current disc tilt height and the current disc tilt height is analyzed and calculated, and used as the disc tilt height adjustment value. Based on the correspondence between the disc tilt height adjustment value and the preset tilt height adjustment control information, analyze and obtain the tilt height adjustment control information corresponding to the disc tilt height adjustment value; Based on the correspondence between the tilt direction adjustment control information, the tilt height adjustment control information and the preset tilt comprehensive adjustment control information, the tilt comprehensive adjustment control information corresponding to the tilt direction adjustment control information and the tilt height adjustment control information is analyzed and obtained, and the tilt comprehensive adjustment control information is used as the disc tilt control information.

2. The method for rapid oil drainage control of an electric baking pan according to claim 1, characterized in that, It also includes a step following the use of tilt integration adjustment control information as disk tilt control information, as follows: Retrieve the current grease location point on the current disk based on the current disk detection information; The distance between the current grease position on the disc and the preset grease outlet reference position is analyzed and calculated, and used as the grease demand movement distance value. Based on the correspondence between the moving distance value of oil demand and the preset moving time value of oil demand, analyze and obtain the moving time value of oil demand corresponding to the moving distance value of oil demand; The quotient between the oil discharge value of the disc body and the preset oil discharge reference speed value is analyzed and calculated, and used as the oil discharge time value of the disc body; The sum of the oil demand shift time value and the oil discharge time value of the pan body is analyzed and calculated, and used as the pan body tilt duration value; The disk tilt duration value is added to the disk tilt control information to form new disk tilt control information.

3. The method for rapid oil drainage control of an electric baking pan according to claim 2, characterized in that, It also includes steps that occur after the analysis and calculation of the disk tilt duration value, and before the disk tilt duration value is added to the disk tilt control information to form new disk tilt control information, as follows: Retrieve current disk object detection information and current disk material information based on current disk detection information; The object grease influence analysis method is used to analyze and process the current object detection information on the disk to form the object grease influence value. Based on the correspondence between the current disk material information and the preset disk material influence value, analyze and obtain the disk material influence value corresponding to the current disk material information; The sum of the influence values ​​of grease on the object and the influence values ​​of the material of the disc is analyzed and calculated, and used as the comprehensive influence value of grease movement. The product of the moving time value of oil demand and the comprehensive impact value of oil demand movement is analyzed and calculated, and used as the new moving time value of oil demand.

4. The method for rapid oil drainage control of an electric baking pan according to claim 3, characterized in that, Based on the preset object grease influence analysis method, the current disk object detection information is analyzed and processed to form the object grease influence value, including: Based on the current disk object detection information, retrieve the object weight detection value, object coverage area value, and object coverage shape information; Based on the correspondence between the object covering shape information and the preset object shape type information, analyze and obtain the object shape type information corresponding to the object covering shape information; Retrieve the baseline interval for shape type density based on object shape type information; Based on the correspondence between the calculated object weight detection value, the object coverage area value and the preset object density value, analyze and obtain the object density value corresponding to the object weight detection value and the object coverage area value. The difference between the object's density value and the density reference range for each shape type is analyzed and calculated, and used as the object's density deviation value. The object density deviation value is sorted in a forward order, and the object shape type information corresponding to the object density deviation value with the highest forward order is used as the object prediction type information. The forward order is defined as sorting the object density deviation values ​​from smallest to largest. Based on the correspondence between the predicted object type information and the preset predicted type oil influence value, the predicted type oil influence value corresponding to the predicted object type information is obtained, and the predicted type oil influence value is used as the object oil influence value.

5. The method for rapid oil drainage control of an electric baking pan according to claim 2, characterized in that, It also includes a step following the addition of the disk tilt duration value to the disk tilt control information to form new disk tilt control information, as follows: Obtain the measured value of the oil discharge velocity from the drain port; The difference between the detected value of the oil discharge velocity at the discharge port and the reference value of the oil discharge velocity at the discharge port is analyzed and calculated, and used as the deviation value of the oil discharge velocity at the discharge port. If and only if the discharge port discharge speed deviation value is within the preset discharge port discharge speed reference deviation range, the discharge speed deviation tilt height adjustment value corresponding to the discharge port discharge speed deviation value is analyzed and obtained based on the correspondence between the discharge port discharge speed deviation value and the preset discharge speed deviation tilt height adjustment value. Based on the correspondence between the tilt height adjustment value for emission speed deviation and the preset height adjustment time adjustment value, the corresponding height adjustment time adjustment value for the tilt height adjustment value for emission speed deviation is analyzed and obtained. Based on the correspondence between the emission speed deviation tilt height adjustment value, the height adjustment time adjustment value and the preset emission speed deviation tilt height adjustment information, the emission speed deviation tilt height adjustment information corresponding to the emission speed deviation tilt height adjustment value and the height adjustment time adjustment value is analyzed and obtained, and the emission speed deviation tilt height adjustment information is output.

6. The method for rapid oil drainage control of an electric baking pan according to claim 5, characterized in that, It also includes a step following the analysis and calculation of the difference between the detected value of the oil discharge velocity at the discharge port and the reference value of the oil discharge velocity at the discharge port, which is used as the deviation value of the oil discharge velocity at the discharge port, as follows: When the discharge speed deviation value is not within the preset discharge speed reference deviation range, the difference between the discharge speed deviation value and the discharge speed reference deviation range is analyzed and calculated and used as the discharge speed deviation adjustment value. Obtain the actual time value of oil discharge from the drain port; The product between the actual time value of oil discharge from the drain port and the adjustment value of the discharge speed deviation is analyzed and calculated, and used as the oil discharge deviation value of the drain port. Based on the correspondence between the discharge port deviation value and the preset discharge speed deviation influence time value, the discharge speed deviation influence time value corresponding to the discharge port deviation value is analyzed and obtained. Based on the correspondence between the emission speed deviation influence time value, the preset initial emission adjustment control information for tilt direction and the preset comprehensive emission adjustment control information for tilt direction, the comprehensive emission adjustment control information for tilt direction corresponding to the emission speed deviation influence time value and the initial emission adjustment control information for tilt direction is analyzed and obtained, and the comprehensive emission adjustment control information for tilt direction is output.

7. A rapid oil draining control system for an electric baking pan, characterized in that, include: The acquisition module (1) is used to acquire the current disc detection information, the oil discharge speed detection value and the actual oil discharge time value; The memory (2) is used to store the program of the electric baking pan rapid oil draining control method as described in any one of claims 1 to 6; The processor (3) has a program in memory that can be loaded and executed by the processor to implement the electric baking pan rapid oil draining control method as described in any one of claims 1 to 6.

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